In this article, we introduce a new one-parameter model, which is named sine inverted exponential (SIE) distribution. The SIE distribution extension of the inverse (IE) aims to provide model for data-fitting purposes. more flexible than and it has many applications in physics, medicine, engineering, nanophysics, nanoscience. density function (PDFu) can be unimodel shape right skewed shape. haza...

We review our recent results on the on-shell description of sine-Gordon model with integrable boundary conditions. We determined the spectrum of boundary states by closing the boundary bootstrap and gave a derivation of Al.B. Zamolodchikov's (unpublished) formulae for the boundary energy and the relation between the Lagrangian (ultraviolet) and bootstrap (infrared) parameters. These results hav...

We study bosonisation in the massive Thirring and sine-Gordon models at finite temperature T and nonzero fermion chemical potential µ. For that purpose we use both canonical operator and path integral approaches, paying particular attention to the issues of thermal normal ordering and renormalisation. At T > 0 and µ = 0, the massive Thirring model bosonises to the sine-Gordon model with the sam...

Smooth pursuit eye movements are guided by visual feedback and are surprisingly accurate despite the time delay between visual input and motor output. Previous models have reproduced the accuracy of pursuit either by using elaborate visual signals or by adding sources of motor feedback. Our goal was to constrain what types of signals drive pursuit by obtaining data that would discriminate betwe...

In this study, a novel Ultra Wideband (UWB) pulse generator design for singleand multi-user systems is presented. The proposed pulse generator is based on new simple and effective design to generate the UWB pulses through sine wave shaping. For single-user systems, three models for the proposed pulse generator working with Frequency Modulation (FM), Bi-Phase Modulation (BPM) and On-Off Keying (...